Traffic Resistant Inlet Solution for Durable Stormwater Filtration Needs

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Traffic Resistant Inlet Solution for Durable Stormwater Filtration Needs

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Product Description

Product Overview

Product TypeMultifunctional Stormwater Inlet

MaterialsReinforced Polymer Concrete

Load RatingClass D400 (Customizable)

Purification Efficiency>85% Tss Removal

DimensionsL(640-800)*W(440-500)*H(120-720)

InstallationPrefabricated Modular Design

MaintenanceLow Frequency Cleaning

FeaturesMosquito & Odor Prevention

ApplicationsRoads / Parks / Residential Areas

OriginChina

Product Description

Multifunctional Stormwater Inlet: A pioneering product designed to tackle urban non-point source pollution at its source. Expert evaluations confirm its ability to significantly reduce pollutants in initial rainwater, featuring high-efficiency purification, load-bearing compliance, prefabricated modular design, mosquito and odor prevention, easy installation, and low maintenance. Widely applied in residential communities, green spaces, urban roads, and public squares since 2019, it is a mature, stable, and scalable solution.

🌟 Why Choose Our Multifunctional Stormwater Inlet?

1. Proven Performance in Source Pollution Control: Designed to intercept and treat the most polluted "first flush" of stormwater directly at the source, ensuring significant reduction of pollutants to protect downstream ecosystems.

2. Unmatched Durability: Engineered for high load-bearing capacity (Class D400), ensuring reliable performance under roads and heavy-traffic areas.

3. Effortless Installation: The prefabricated modular design allows for rapid deployment, drastically reducing labor costs and project delays compared to traditional methods.

4. Low Maintenance: Integrated mosquito and odor prevention features enhance public comfort while minimizing nuisance and health risks.

5. Future-Proof Strategy: Aligns with Sponge City principles, building smarter and more resilient infrastructure for modern urban development.

Installation Steps

01Pit Positioning: Confirm the pit location according to the drainage pipe network layout after the road base is stabilized.

02Base Layer Construction: Level the ground with sand and gravel or pour a C20 concrete cushion layer.

03Tank Cutting/Drilling: Create holes matching the drainage pipe diameter using an angle grinder.

04Tank Alignment: Adjust the tank position to ensure precise alignment with the pipe network.

05Backfilling: Secure the tank by backfilling with C25 concrete to integrate with the structure.

06Joint Sealing: Use structural adhesive or cement to fill gaps and wait for curing.

07Filter Installation: Place the built-in filter into the tank after road asphalt paving is finished.

Product Applications

Manufacturing Excellence

Established in 2009, we operate 4 manufacturing bases utilizing automated production lines for resin concrete and plastic injection molding. A comprehensive quality control system ensures product reliability from raw materials to final output. With over 150 patents and participation in 30+ industry standards, we are recognized as a National High-tech Enterprise.

📜 Certifications & Process

Packing & Delivery

Frequently Asked Questions

Q: What is the primary purification efficiency of this inlet? A: Our Multifunctional Stormwater Inlet achieves over 85% Total Suspended Solids (TSS) removal, significantly cleaning initial rainwater at the source.

Q: Can this product handle heavy vehicle traffic? A: Yes, it is designed with a Class D400 load rating, making it perfectly suitable for municipal roads, urban highways, and heavy-traffic areas.

Q: How does the system prevent odors and mosquitoes? A: The unit features an integrated design that seals odors and prevents mosquito breeding, improving local hygiene and public comfort.

Q: Is the installation process complicated? A: No. Thanks to the prefabricated modular design, it offers a "plug-and-play" experience that drastically reduces construction time and labor costs compared to traditional poured-in-place inlets.

Q: What material is used for the tank construction? A: The tank is made of reinforced polymer concrete (resin concrete), which offers superior durability, corrosion resistance, and strength compared to standard concrete.

Q: Since when has this technology been in use? A: This solution has been widely and successfully applied in various urban projects since its launch in 2019, making it a field-proven and mature technology.